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Osc Setup
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− | This page describes how to setup osc | + | This page describes how to setup osc to build for Mer inside the Mer SDK and a some basic osc usage. |
− | = | + | = Introduction = |
− | + | osc is a tool to interact with OBS servers. It provides many functions including: | |
− | + | * Creating, modifying and deleting the information about projects and packages and downloading/uploading their source code and packaging | |
+ | * Managing the repositories/targets that projects/packages build against | ||
+ | * Preparing and running local builds of packages | ||
+ | * Making and managing requests to modify packages in projects (so called SRs or Submit Requests) | ||
− | + | = Preparation = | |
− | + | You'll need a [https://bugs.merproject.org merproject.org] account and have the [[Platform_SDK|Mer Platform SDK]] setup. | |
− | + | == Getting Access == | |
− | + | Just use your Mer Project username (from the Mer bugzilla) | |
− | + | == Setup osc credentials == | |
− | osc -A https://api. | + | |
− | This will ask you to enter your | + | Once your account is enabled, run osc the first time with |
+ | osc -A https://api.merproject.org ls mer-tools:devel | ||
+ | This will ask you to enter your merproject.org user account details and will simply return a list of packages in the devel level mer-tools project. | ||
From now on, you can omit the API URL in the command. | From now on, you can omit the API URL in the command. | ||
− | osc ls | + | osc ls mer-tools:devel |
− | = Using Multiple API URLs = | + | == Create a home project == |
+ | |||
+ | Visit https://build.merproject.org and select the "create home" option. | ||
+ | |||
+ | = Setup a Mer build project = | ||
+ | |||
+ | For any commands below the ACC environment variable should be set to your OBS username. eg: | ||
+ | |||
+ | export ACC=lbt | ||
+ | |||
+ | == Adding repos to your home == | ||
+ | |||
+ | You can add repositories on the OBS or edit them locally with this command which will launch an editor for you: | ||
+ | |||
+ | osc meta prj home:${ACC} -e | ||
+ | |||
+ | Use the 'lbt' home project as a guide; it has a target (ie a repository of binaries used to make a build root) for Mer_Core_i486 and looks like this: | ||
+ | |||
+ | <project name="home:lbt"> | ||
+ | <title>lbt's Home Project</title> | ||
+ | <description></description> | ||
+ | <person userid="lbt" role="maintainer"/> | ||
+ | <person userid="lbt" role="bugowner"/> | ||
+ | <person userid="bossbot" role="maintainer"/> | ||
+ | <repository name="Mer_Core_i486"> | ||
+ | <path repository="standard" project="Mer:MDS:Core:i586"/> | ||
+ | <arch>i586</arch> | ||
+ | </repository> | ||
+ | </project> | ||
+ | |||
+ | If you need to build for ARM too then you can add a suitable target just before the </project> : | ||
+ | |||
+ | <repository name="Mer_Core_armv7hl"> | ||
+ | <path repository="Core_armv7hl" project="Mer:MDS:Core:armv7hl"/> | ||
+ | <arch>armv8el</arch> | ||
+ | </repository> | ||
+ | |||
+ | See the [[OBS architecture naming]] page for more info. | ||
+ | |||
+ | == Creating projects == | ||
+ | |||
+ | You may create sub-projects using the web user interface (see the 'Subprojects' tab for your home project). | ||
+ | |||
+ | These are useful for building against different targets; eg a NemoApps project may point at various Nemo build targets. | ||
+ | |||
+ | == Creating packages == | ||
+ | |||
+ | To create a package you could do: | ||
+ | |||
+ | osc meta pkg home:${ACC}:tools powertop -F - << EOF | ||
+ | <package project="home:${ACC}:tools" name="powertop"> | ||
+ | <title>PowerTOP</title> | ||
+ | <description> | ||
+ | PowerTOP is a Linux tool to diagnose issues with power consumption and power management. In addition to being a diagnostic tool, PowerTOP also has an interactive mode where you can experiment with various power management settings for cases where the Linux distribution has not enabled those settings. | ||
+ | |||
+ | https://01.org/powertop/ | ||
+ | |||
+ | </description> | ||
+ | </package> | ||
+ | EOF | ||
+ | |||
+ | = Tips and Tricks = | ||
+ | |||
+ | == Specifying local build targets and cache location == | ||
+ | |||
+ | The ~/.oscrc comments describe how these work. Some useful values are: | ||
+ | |||
+ | * build-root : if you can set this to use an SSD it will make a big difference to local builds | ||
+ | * packagecachedir : a large cache can be very useful. It's not cleaned automatically. | ||
+ | |||
+ | == Using Multiple API URLs == | ||
If you're using osc with other API URLs, you can edit ~/.oscrc and add each of them and assign them aliases | If you're using osc with other API URLs, you can edit ~/.oscrc and add each of them and assign them aliases | ||
− | <nowiki>[https://api. | + | <nowiki>[https://api.merproject.org/]</nowiki> |
− | user = your- | + | user = your-merproject.org-username |
− | pass = your- | + | pass = your-merproject.org-password |
− | aliases = | + | aliases = cobs |
<nowiki>[https://api.opensuse.org]</nowiki> | <nowiki>[https://api.opensuse.org]</nowiki> | ||
Line 34: | Line 109: | ||
pass = password | pass = password | ||
aliases = opensuse | aliases = opensuse | ||
+ | |||
+ | Note the '''apiurl''' value in that file defines the default OBS instance. | ||
And to use the alias: | And to use the alias: | ||
− | osc -A | + | osc -A mobs ls |
osc -A opensuse ls | osc -A opensuse ls | ||
− | = Copying packages between OBS instances = | + | == Copying packages between OBS instances == |
It is possible (and quite handy :)) to copy packages between different OBS instances: | It is possible (and quite handy :)) to copy packages between different OBS instances: | ||
osc -A source_api copypac -t destination_api source_prj source_pkg destination_prj [destination_pkg] | osc -A source_api copypac -t destination_api source_prj source_pkg destination_prj [destination_pkg] | ||
Line 46: | Line 123: | ||
With the above mentioned aliases: | With the above mentioned aliases: | ||
− | osc -A opensuse copypac -t | + | osc -A opensuse copypac -t cobs Application:Geo monav home:MartinK:nemo |
− | Just with the | + | Just with the API URL: |
− | osc -A https://api.opensuse.org copypac -t https://api. | + | osc -A https://api.opensuse.org copypac -t https://api.merproject.org Application:Geo monav home:martink:nemo |
− | NOTE: You | + | NOTE: You usually need a user account on both OBS instances. |
Latest revision as of 09:56, 23 March 2014
This page describes how to setup osc to build for Mer inside the Mer SDK and a some basic osc usage.
Contents |
[edit] Introduction
osc is a tool to interact with OBS servers. It provides many functions including:
- Creating, modifying and deleting the information about projects and packages and downloading/uploading their source code and packaging
- Managing the repositories/targets that projects/packages build against
- Preparing and running local builds of packages
- Making and managing requests to modify packages in projects (so called SRs or Submit Requests)
[edit] Preparation
You'll need a merproject.org account and have the Mer Platform SDK setup.
[edit] Getting Access
Just use your Mer Project username (from the Mer bugzilla)
[edit] Setup osc credentials
Once your account is enabled, run osc the first time with
osc -A https://api.merproject.org ls mer-tools:devel
This will ask you to enter your merproject.org user account details and will simply return a list of packages in the devel level mer-tools project.
From now on, you can omit the API URL in the command.
osc ls mer-tools:devel
[edit] Create a home project
Visit https://build.merproject.org and select the "create home" option.
[edit] Setup a Mer build project
For any commands below the ACC environment variable should be set to your OBS username. eg:
export ACC=lbt
[edit] Adding repos to your home
You can add repositories on the OBS or edit them locally with this command which will launch an editor for you:
osc meta prj home:${ACC} -e
Use the 'lbt' home project as a guide; it has a target (ie a repository of binaries used to make a build root) for Mer_Core_i486 and looks like this:
<project name="home:lbt"> <title>lbt's Home Project</title> <description></description> <person userid="lbt" role="maintainer"/> <person userid="lbt" role="bugowner"/> <person userid="bossbot" role="maintainer"/> <repository name="Mer_Core_i486"> <path repository="standard" project="Mer:MDS:Core:i586"/> <arch>i586</arch> </repository> </project>
If you need to build for ARM too then you can add a suitable target just before the </project> :
<repository name="Mer_Core_armv7hl"> <path repository="Core_armv7hl" project="Mer:MDS:Core:armv7hl"/> <arch>armv8el</arch> </repository>
See the OBS architecture naming page for more info.
[edit] Creating projects
You may create sub-projects using the web user interface (see the 'Subprojects' tab for your home project).
These are useful for building against different targets; eg a NemoApps project may point at various Nemo build targets.
[edit] Creating packages
To create a package you could do:
osc meta pkg home:${ACC}:tools powertop -F - << EOF <package project="home:${ACC}:tools" name="powertop"> <title>PowerTOP</title> <description> PowerTOP is a Linux tool to diagnose issues with power consumption and power management. In addition to being a diagnostic tool, PowerTOP also has an interactive mode where you can experiment with various power management settings for cases where the Linux distribution has not enabled those settings. https://01.org/powertop/ </description> </package> EOF
[edit] Tips and Tricks
[edit] Specifying local build targets and cache location
The ~/.oscrc comments describe how these work. Some useful values are:
- build-root : if you can set this to use an SSD it will make a big difference to local builds
- packagecachedir : a large cache can be very useful. It's not cleaned automatically.
[edit] Using Multiple API URLs
If you're using osc with other API URLs, you can edit ~/.oscrc and add each of them and assign them aliases
[https://api.merproject.org/] user = your-merproject.org-username pass = your-merproject.org-password aliases = cobs [https://api.opensuse.org] user = username pass = password aliases = opensuse
Note the apiurl value in that file defines the default OBS instance.
And to use the alias:
osc -A mobs ls osc -A opensuse ls
[edit] Copying packages between OBS instances
It is possible (and quite handy :)) to copy packages between different OBS instances:
osc -A source_api copypac -t destination_api source_prj source_pkg destination_prj [destination_pkg]
Examples:
With the above mentioned aliases:
osc -A opensuse copypac -t cobs Application:Geo monav home:MartinK:nemo
Just with the API URL:
osc -A https://api.opensuse.org copypac -t https://api.merproject.org Application:Geo monav home:martink:nemo
NOTE: You usually need a user account on both OBS instances.